A water engine for a car: a path to clean innovation

Abstract

In a world where awareness of environmental issues and the search for alternative energy sources is growing, the water engine for cars is coming to the fore as a promising technology that can change the way automakers think. This article discusses the concept of a water engine, its capabilities, and the challenges that stand in the way of its implementation. A water engine, or water-fueled engine, runs on water, which generates energy as a result of chemical reactions using an electric current. In this process, water is decomposed into hydrogen and oxygen by electrolysis, and then the hydrogen is used as fuel for an automobile engine. Various possibilities of dissociation of water into hydrogen and oxygen are considered, as well as the processes of increasing the temperature and pressure in the combustion chamber of a heat engine by burning water dissociation products and by means of a pulsed electric discharge. Despite the existing problems, the water engine has great potential as an environmentally friendly alternative for road transport. With the development of hydrogen production technologies, improved infrastructure, and lower production costs, hydrogen engines could become the accepted standard for cars of the future. The water engine is not only an innovative technology, but also the key to a clean, sustainable and energy-efficient future for the automotive industry and the environment as a whole.

However, despite its great potential, hydrogen engines still face many challenges. As already mentioned, hydrogen production is an energy-intensive process, and its implementation on a large scale requires infrastructure changes as well as further innovations in hydrogen storage and transportation technologies. However, with increasing investment in hydrogen technologies and growing demand for clean energy sources, the water engine could become an important part of the future energy landscape. Despite these challenges, developments in hydrogen technology continue as hydrogen could become the basis for future clean energy systems. Further research into hydrogen engines is aimed at improving existing hydrogen production technologies and developing new solutions to improve the overall efficiency of such engines.

Keywords: water engine, water dissociation, теплова енергія, механічна робота